Suggested applications include sharp small part handling, door and wood framing, glass installation, paper slitting, knife handling and maintenance operations in a range of industries, including aerospace/transportation, automotive, metal fabrication, paper manufacturing, plastics/injection molding and public utilities. "While high visibility gloves have a mature presence in specialty markets such as construction, these new HyFlex 11-515 gloves represent an emerging trend within the industrial sector," said Bob Gaither, Senior Vice President and Regional Director - North America, Ansell Protective Products Inc. "With high visibility elements that allow for easy hand signaling and increased personal safety, HyFlex 11-515 gloves incorporate new technology to improve comfort and efficiency for workers around the world." "HyFlex 11-515 gloves are an industry leading example of the innovative nature of DuPont™ Kevlar® yarn and its ability to protect workers in challenging environments," said William F. Weber, vice president of DuPont Protection Technologies North America. "Combining DuPont fiber and yarn technology with innovative design from Ansell, the new HyFlex 11-515 gloves herald a new level of safety and performance."

New Hyflex 11-515 gloves are silicone-free and made without latex for worker and product protection and may be machine laundered with minimal shrinking and good recovery. The gloves are available in a wide range of sizes to accommodate more workers. As the world's best-selling precision assembly product, Ansell HyFlex gloves empower millions of workers around the world to do their job more effectively, more comfortably and more safely every day. Today, the HyFlex offering extends to over 30 individual styles, ensuring a glove that fits every worker's job performance requirements and comfort expectations

Ansell announces the introduction of Marigold Industrial Rubber Insulating Gloves to the Ansell product line to protect the hands of workers interacting with exposed energized, de-energized or re-energized electrical circuits. The increased flexibility ...